### Clinical Trial AnalysisIn a large clinical trial, 391,834 children were randomly assigned to two groups. The treatment group consisted of 197,193 children given a vaccine for a certain disease, and 39 of those children developed the disease. The other 194,641 children were given a placebo, and 149 of those children developed the disease. Consider the vaccine treatment group to be the first sample. #### Calculation of Values- **$ n_1 $** - Total number of children in the treatment group. - **Value:** 197,193 - **$ \hat{p}_1 $** - Proportion of children in the treatment group who developed the disease. - Calculation: $ \hat{p}_1 = \frac{39}{197193} $ - **Value:** (Needs to be calculated) - **$ \hat{q}_1 $** - Proportion of children in the treatment group who did not develop the disease. - Calculation: $ \hat{q}_1 = 1 - \hat{p}_1 $ - **Value:** 0.99980222- **$ n_2 $** - Total number of children in the placebo group. - **Value:** 194,641 - **$ \hat{p}_2 $** - Proportion of children in the placebo group who developed the disease. - Calculation: $ \hat{p}_2 = \frac{149}{194641} $ - **Value:** (Needs to be calculated) - **$ \hat{q}_2 $** - Proportion of children in the placebo group who did not develop the disease. - Calculation: $ \hat{q}_2 = 1 - \hat{p}_2 $ - **Value:** (Needs to be calculated)- **$ \hat{p} $** - Combined proportion of children who developed the disease in both groups. - Calculation depends on the combined data from both groups. - **Value:** (Needs to be calculated) - **$ \hat{q} $** - Combined proportion of children who did not develop the disease in both groups. - Calculation: $ \hat{q} = 1 - \hat{p} $ - **Value

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In a large clinical trial, 391,834 children were randomly assigned to two groups. The treatment group consisted of 197, 193 children given a vaccine for a certain disease, and 39 of thos children developed the disease. The other 194,641 children were given a placebo, and 149 of those children developed the disease. Consider the vaccine treatment group to be the firs sample. Identify the values of n, , p,, 9,, n2, P2, 92, p, and q. (Type an integer or a decimal rounded to eight decimal places as needed.) q, = 0.99980222 (Type an integer or a decimal rounded to eight decimal places as needed.) n, = 194641 =ロ (Type an integer or a decimal rounded to eight decimal places as needed.) (Type an integer or a decimal rounded to eight decimal places as needed.) p=口 (Type an integer or a decimal rounded to eight decimal places as needed.) (Type an integer or a decimal rounded to eight decimal nin

In a large clinical trial, 391,834 children were randomly assigned to two groups. The treatment group consisted of 197, 193 children given a vaccine for a certain disease, and 39 of thos children developed the disease. The other 194,641 children were given a placebo, and 149 of those children developed the disease. Consider the vaccine treatment group to be the firs sample. Identify the values of n, , p,, 9,, n2, P2, 92, p, and q. (Type an integer or a decimal rounded to eight decimal places as needed.) q, = 0.99980222 (Type an integer or a decimal rounded to eight decimal places as needed.) n, = 194641 =ロ (Type an integer or a decimal rounded to eight decimal places as needed.) (Type an integer or a decimal rounded to eight decimal places as needed.) p=口 (Type an integer or a decimal rounded to eight decimal places as needed.) (Type an integer or a decimal rounded to eight decimal nin

MATLAB: An Introduction with Applications

6th Edition

ISBN:9781119256830

Author:Amos Gilat

Publisher:Amos Gilat

Chapter1: Starting With Matlab

Section: Chapter Questions

Problem 1P

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